When Amazon CEO Jeff Bezos unveiled a mockup of Blue Origin’s Blue Moon lunar lander in May, he also unveiled a more down-to-earth enterprise: the Club for the Future, a nonprofit effort aimed at promoting science education through fun space-oriented projects. Its first project? A campaign to solicit postcards that would be flown into space aboard Blue Origin’s suborbital New Shepard rocket, and then sent back to the kids who submitted them.
Men and women feel differently about this issue. Roughly four in 10 (42%) women believe that offering female-only opportunities is not a violation of gender discrimination laws like Title IX. Another 34 percent of women believe that it is a violation. Responses from men show almost the exact inverse: 44 percent believe that offering female-only educational opportunities is indeed a violation of Title IX; 34 percent disagree.
Robinson has leaned in to science education after retiring from the National Institutes of Health, trading her laboratory for elementary school classrooms and forgoing a full retirement. She participates in the American Association for the Advancement of Science's STEM Volunteer Program, which pairs scientists and engineers with elementary, middle, and high school teachers at nine school districts in the Washington, D.C., area, including those in three Virginia counties and three cities, and two in Maryland.
“Our challenges really come back to the issues of workforce development,” he said during a recent interview with the Oklahoma Center for the Advancement of Science and Technology (OCAST). “Public education is the No. 1 challenging issue we see here in Oklahoma." Building a deeper pool of young Oklahomans equipped with STEM skills is critical to sustainability of the state’s aerospace industry, he said.
The National Science Foundation recently awarded Bentley University a five-year, $1.4 million grant to develop, implement and evaluate curricula for college students that combine STEM and business, with an eye toward unraveling the “wicked” web of sustainability wrought by poverty, hunger, gender equality, climate change, energy use and other complex global issues.
Getting math right is a high-stakes proposition in our increasingly STEM-obsessed world. And how to teach it has long bedeviled educators. The pendulum has swung back and forth many times between a conceptual approach that emphasizes critical thinking, to one more grounded in the memorization of formulas...
Bankrate.com’s report on the most and least valuable college majors ranks 162 majors based on degree holders’ median annual income, unemployment rate and whether the major leads to career paths that don’t demand further education beyond a bachelor’s degree.
These degrees cost money. The U.S. has over 44 million people who owe an average of $29,000 in student loans, exceeding $1.5 trillion in combined student loan debt. With this in mind, why would the federal government, through an executive order no less, implement the F-1 Optional Practical Training (OPT) Visa, which allows over 250,000 foreign students to remain in the U.S. and work in STEM jobs? Moreover, why would the federal government give financial incentives to hire these foreign students over American students with the degrees and skills?
Why is there a national, and international, push to involve more women and girls in science, technology, engineering and math? The four subjects are critical to answering the world’s top problems, be they climate change, overpopulation or starvation across the planet, among others. Tricia Berry, of the Texas Girls Collaborative Project and an engineering professor at the University of Texas, said the ideas developed by women, along with other underrepresented minorities, would go a long way to solving those issues.
There are few investments quite as solid as earning a bachelor’s degree in engineering. According to the National Association of Colleges and Employers, the average starting salary for the Class of 2018 was $50,944, and the top-paid graduates were engineering majors.